We have investigated properties of electrochemically deposited platinum black by atomic force and scanning electron microscopy. Platinum black was deposited on evaporated platinum electrodes. Deposition time and cure temperature was found to influence the quality and morphology of the platinum black layer. Morphological inclusions were readily observed in films deposited for duration of less than 60 seconds at a bias of 1.5 V against a platinum counter electrode. Shorting of the microfabricated electrodes due to lateral outgrowth of high surface area platinum black was observed when current densities on the order of 100 mA cm(-2) were employed. We further show that reproducibility of highly adherent platinized electrodes is achieved.